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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Object Configuration Creation and Application | 30% | - Custom objects: URL categories, signatures, data patterns - Security profiles and profile groups - Security, IoT, DoS, SD-WAN profiles integration - External dynamic lists - Decryption profiles - Log forwarding profiles |
| Topic 2: Management and Operations | 26% | - Strata Logging Service and monitoring tools - Command Center, Activity Insights, Policy Optimizer - Log Viewer and incident response - Security posture improvement - Strata Cloud Manager: folders, snippets, automation, variables |
| Topic 3: Troubleshooting | 14% | - Misconfiguration identification and resolution - Management system and on-box function failures - Device health and resource usage issues - Runtime errors, commit/push failures |
| Topic 4: Policy Creation and Application | 30% | - Decryption policy deployment - NAT policy configuration - Policy optimization and rule ordering - Security policy design and implementation - App-ID, User-ID, Content-ID usage |
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NEW QUESTION # 95
An analyst needs to create a security rule to allow access to a specific web application that identifies itself as "web-browsing" but uses a custom, non-standard port of TCP 9000. Which configuration ensures the App-ID engine can still inspect this traffic?
Answer: C
Explanation:
In a Palo Alto Networks environment, the Service column in a security rule defines the destination port used for the initial session establishment. If an application like web-browsing (which typically uses TCP 80 or 443) is running on a non-standard port like TCP 9000, the analyst must create a custom Service object for that port.
Using this custom service object in the security rule allows the session to be established on port
9000 while maintaining full App-ID inspection. This is critical because it allows the firewall to verify that the traffic is actually web-browsing and not a threat masquerading as a web service. Option A is incorrect because "application-default" would restrict the traffic to standard ports only. Option C (Application Override) is incorrect because it would disable Layer 7 inspection entirely, which is a significant security risk. By using a custom service with the correct App-ID, the analyst ensures that security remains granular and effective without disrupting non-standard business applications.
NEW QUESTION # 96
An administrator wishes to follow best practices for logging traffic that traverses the firewall Which log setting is correct?
Answer: D
Explanation:
Explanation:
Explanation/Reference:
Reference:
https://knowledgebase.paloaltonetworks.com/KCSArticleDetail?id=kA10g000000Clt5CAC
NEW QUESTION # 97
A large-scale SD-WAN deployment uses BGP for dynamic route exchange between hub and spoke firewalls. The network team has defined an SD-WAN profile with multiple SD-WAN policy rules. They observe that some traffic flows, which should be matched by an SD-WAN policy rule, are instead being routed according to the standard BGP routing table. This occurs even when the SD-WAN preferred path is technically 'up' and healthy according to Path Monitoring. What could be the complex underlying reasons for this behavior, considering the interaction between SD-WAN and dynamic routing?
Answer: A,C
Explanation:
Option B is a critical configuration point. For SD-WAN policies to influence routing, the prefixes managed by SD-WAN must be explicitly added to the 'SD-WAN' tab of the Virtual Router. If a prefix is only learned via BGP and not listed here, BGP will maintain control. Option C is a fundamental rule matching issue. If the zones do not match, the SD-WAN policy rule will not be evaluated for the traffic. Option A is incorrect; SD-WAN policy rules override routing table lookups before administrative distance is considered, meaning SD-WAN decisions take precedence over the routing table itself if the rule matches. Option D describes a scenario where SD-WAN might choose another SD-WAN path, but it doesn't explain why BGP would take over if SD-WAN is active and has a matched rule. Option E is incorrect; 'SD-WAN' policy rules are distinct from PBF and are designed to influence path selection over dynamic routing if configured correctly.
NEW QUESTION # 98
An organization relies heavily on an internal application that utilizes mutual TLS (mTLS) for secure communication between various microservices. The security team wants to gain visibility into this internal mTLS traffic using a Palo Alto Networks firewall. Implementing standard SSL Inbound Inspection has failed, as it breaks the mTLS handshake. What is the most granular and effective approach to inspect this traffic while preserving the integrity of the mTLS connection, or if preservation is impossible, what is the best alternative for visibility?
Answer: E
Explanation:
This is a very tough scenario because mTLS fundamentally relies on both client and server authenticating each other's certificates. An inline device like a firewall, acting as a man-in-the-middle for decryption, will inevitably break the client's ability to validate the server's original certificate and the server's ability to validate the original client certificate. The firewall cannot genuinely present the client's original certificate to the server, nor the server's original certificate to the client, while performing full decryption. While SSL Inbound Inspection (Option C) can decrypt server-authenticated TLS if you have the server's private key, it cannot flawlessly manage mutual authentication for arbitrary clients and servers in an inline fashion without compromising the mTLS chain. Therefore, for true mTLS, inline decryption is usually not feasible without breaking the mTLS trust. The most realistic approach is to exclude this traffic from decryption and seek alternative visibility methods. Options A, C, and D will almost certainly break the mTLS handshake. Option B is partial; Option E provides the best practical advice for such complex scenarios.
NEW QUESTION # 99
An analyst notices latency on the firewall and wants to improve performance. Which steps can be taken to reduce management plane CPU while working to determine the underlying problem?
Answer: D
Explanation:
Comprehensive and Detailed 150 to 250 words of Explanation From Palo Alto Networks Network Security Analyst Knowledge:
The Management Plane (MP) of a Palo Alto Networks firewall is responsible for administrative tasks, including logging and reporting. High MP CPU usage can often lead to latency in the web interface and delays in processing management tasks. One of the most common causes of excessive MP load is a high volume of log generation, particularly when "Log at Session Start" is enabled.
By default, Palo Alto Networks firewalls are configured to "Log at Session End," which captures the complete session details (such as total bytes transferred) in a single log entry. If "Log at Session Start" is also enabled, the firewall must generate two logs for every single session-doubling the resources required by the logrcvr process on the management plane. Therefore, to immediately reduce MP CPU load without losing essential forensic data, an analyst should disable log at session start and ensure that only log at session end is active for critical rules. Options A and C would actually increase the CPU load by adding more logging or external processing tasks. Maintaining logging only at the end of a session is a standard troubleshooting step to stabilize a stressed management plane while investigating the root cause of network latency.
NEW QUESTION # 100
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